Plant Light Analyzer Equipment Details

One,Plant Light Analyzer HP350UVZPlant Light Spectrum Analyzer

The HP350UVZ Spectral Luminance Meter is the latest generation of handheld light source color testing equipment, featuring a 5-inch IPS touchscreen. It integrates advanced microspectrometer, embedded operating system, and microcomputer technology for convenient on-site testing. This makes the testing process more straightforward and simple, better aligning with the parameter testing, analysis, and verification requirements of on-site applications. It is suitable for various applications such as plant lighting, plant growth solar spectra, greenhouse, greenhouse production, and lighting production and research and development.

Test parameters such as spectral power distribution, PPFD, and PAR

Section 1: Main Applications

1. Plant Growth Solar Light PPFD (Sunlight, Greenhouse, Solarium)

2. Biological Lighting (plant grow lights, plant factories, etc.)

3. Plant Lighting Research (light control and regulation for different growth cycles of plants)

4. Meteorology and agricultural production sector;

5. Research and development of plant growth light supplementary lighting products, as well as production line quality control.

6. Research, academic exchange, and scholarly studies

(II) Product Advantages

1. Communication Method: USB

2. Multiple Display Options: Computer

3. Supports secondary development

4. Multi-platform operation: PC software control, IPS touch screen control

（Section 3: Core Components

1. TCD1304DG CCD Detector, with a wavelength response range of 150-1100nm

2. Enhanced Coating Grating: Line Count: 1200 lines, Sparkling Wavelength: 300nm, Spectral Response: 160-800nm

3. Enhanced collimating mirrors, focusing lenses

4. 16-bit high-speed AD sampling

5. High-precision stable operating circuit

6. High-precision optical path, minimal scattered light, elimination of higher-order diffraction spectra (equipped with cloud spectrum filter system)

（III). Test Advantages

1. Comparative testing, transmission ratio testing, parameter comparison (tumble and lock modes)

2. Scheduled testing and saving (optical attenuation test verification available)

3. Tunable wavelength for easy search (single band offers greater convenience for viewing and analysis)

4. Test Result Adjustments (coefficient corrections for test results in different scenarios and environmental changes)

II. Optical Path Characteristics (Fiber Spectrometer Structure)

1. Various Optical Inputs: Cosine Correction Probe, SM905 Fiber Optic (with Cosine Correction)

2. Wavelength Range: 230-850nm, 280-950nm

3. Spectral Resolution: ±0.2nm, Wavelength Resolution:

4. Luminous intensity linearity ±0.3%

5. Scattered Light: <0.1%

6. Light sensor cosine correction: Error ≤ 5%, Non-linearity ≤ 1%

7. Absolute Fatigue Error: ≤2%

8. Long-wavelength response error: ≤15%

9. Relative Indication Error: ±5%

10. Zero Error: ±1% (FS)

11. Range: Automatic ±1% Error

High-speed data collection, integral time: millisecond-level

13. Focal Length: 42.5mm; Symmetrical Non-Crossed H-T Optical Path

14. Communication Methods: USB Communication, Bluetooth, 485, 232 (HP250 Open Communication Protocol)

15. Dimensions: 156mm x 81mm x 21.8mm

16. Utilizing advanced micro-spectrometer technology, offering higher precision than traditional probe testing.

17. Compatible with computer software for testing, capable of connecting to a computer to print test reports.

18. Color LCD display with a user-friendly graphic interface, capable of displaying spectral waveforms and chromatic tolerance ellipses.

19, 5-inch IPS touch screen

20. Integrated 4200mAh Lithium Battery - Extended Usage for Over 12 Hours